Electrode Plate Surface Density Mapping with Parallel Ray Detection

The detector array segments the detection function across multiple parallel detector units, enabling simultaneous measurement at numerous width positions. This parallel architecture dramatically increases the sampling rate and productivity without requiring complex mechanical scanning mechanisms, as all detectors operate concurrently to capture the two-dimensional surface density distribution.

The detection system transitions from one-dimensional single-point detection to two-dimensional surface density mapping by arranging detector units along the width direction. This dimensional expansion enables comprehensive coverage of the electrode plate surface, simultaneously providing high-resolution spatial distribution data across both width and length directions, thereby大幅提升 productivity and sampling efficiency.

The detection system maintains continuous measurement capability by having the ray beam continuously scan along the length direction while the electrode plate moves through the detection zone. The detector array continuously records transmitted intensity data at all width positions simultaneously, ensuring uninterrupted acquisition of two-dimensional surface density distribution without periodic interruptions or sequential scanning delays.

The continuous scanning process is segmented into multiple parallel detection channels, one for each detector unit along the width direction. Each channel independently and continuously measures surface density at its specific width position while the plate moves, allowing simultaneous progress along the length direction. This segmented parallel approach achieves high-resolution two-dimensional mapping without time loss, as all width positions are measured concurrently during the single pass through the detector.